Viability of freeze dry method microbial strains by using different concentrate of protectant and different freeze temperature was examined.
研究了微生物菌株在真空冷冻干燥保藏中，不同浓度的保护剂和不同冻干温度对存活性的影响。
The quality microbial strains separated from Yanghe aged pit mud were optimized for expanding culture to produce manmade aged pit mud for the reconstruction of pits.
利用从洋河老窖泥中分离出的优良菌株作为菌种，进行优化、扩大培养，制作人工老窖泥，进行窖池改造。
These advances have in turn led to more precise diagnostic tools and the ability to quickly develop efficient, specific and sensitive detection kits for new microbial strains.
这些进步反过来又带来了更精确的诊断工具和快速开发用于新微生物菌株的高效、特异、敏感检测试剂盒。
It was hopeful to improve the yield of GABA in fermented soybean products by screening novel microbial strains, which supplied a new prospective pathway to obtain GABA from fermented soybean products.
指出通过筛选不同的微生物菌株，可望实现发酵豆制品高产GABA，为发酵豆制品成为获得GABA的新资源提供了新的思路。
Methods: the proposed method of the microbial limit tests of 4 kinds of oral cefradine was compared and verified by 2 strains of bacterium and 2 strains of fungus.
方法：以2株细菌、2株真菌对4种口服头孢拉定制剂做了微生物限度检查方法学的比较和验证实验。
Some of these could be used as microbial fertilizer and enzyme-producing strains because of their multiple enzymes, high salt-enduring or capacities of releasing fixed phosphorus.
从产酶种类、耐盐性、产酸能力、解磷能力等方面进行分析，部分菌株可以作为微生物酶制剂、微生物肥料生产的待选菌株。
The invention provides a new taxol-producing endophytic fungus and increases the number of strains that can be used in microbial fermentation of taxol.
本发明提供一种新的产紫杉醇的内生真菌，增加可用于紫杉醇微生物发酵的菌株数量。
The invention provides a microbial inoculum for degrading polycyclic aromatic hydrocarbons, which consists of two strains of light yellow mycobacterium W52 and light yellow mycobacterium M16.
本发明提供了一种多环芳烃降解微生物菌剂，其由浅黄分枝杆菌w52、浅黄分枝杆菌m 16等2种菌株组成。
A total of 1 600 microbial fermentation samples were screened with this model, among which 56 positive strains were found, with a positive rate of 3.5%.
累计应用此模型筛选放线菌和真菌发酵液样品1 600个，其中获得阳性菌株56个，阳性率约为3.5％。
Three strains of bacillus, which could fix nitrogen and dissolve phosphorus and potassium separately, were chosen for producing microbial fertilizer.
选择了三株分别具有固氮、溶磷和解钾功能的芽孢杆菌生产菌肥。
Comparison test showed that the microbial community had superiority over the five strains for the degrading capacity and should be taken as the target strains.
实验表明混合菌群的降解能力优于各单一菌种，应以混合菌群为目标菌种。
Comparison test showed that the microbial community had superiority over the five strains for the degrading capacity and should be taken as the target strains.
实验表明混合菌群的降解能力优于各单一菌种，应以混合菌群为目标菌种。
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